S.No | Question | Answer |
---|---|---|
1 | Botanical name | Mangifera indica |
2 | Family of Mango | Anacardiaceae |
3 | Origin of Mango | Indo-Burma Region |
4 | Chromosome number | 2n = 40 |
5 | Edible part of Mango | Mesocarp |
6 | Alternate names for Mango | King of Fruits, National Fruit of India, Bathroom Fruit |
7 | Mango flower type | Cymose |
8 | Fruit type of Mango | Drupe |
9 | Mango fruit is rich in | Vitamin – A |
10 | Root type of Mango plant | Tap root |
11 | Ideal temperature for Mango cultivation is | 24 - 27°C |
12 | Highest Mango production | Uttar Pradesh |
13 | Highest area of Mango cultivation | Andhra Pradesh |
14 | Planting time of Mango | June – July |
15 | Best suited soil for Mango cultivation | Well drained loamy soil |
16 | Hormone used to stop the falling of immature mango fruits | NAA & 2,4-D |
17 | Deblossoming is done to control | Malformation |
18 | Planting space for Mango cultivation | 10 m x 10 m |
19 | Fruit bearing habit of Mango | Terminal |
20 | Mango inflorescence contains | Male & Hermaphrodite |
21 | Commercial method of Mango propagation | Veneer Grafting |
22 | Pollination of Mango is done by | House fly (Musca domestica) |
23 | TSS content of Mango fruit | 20 % |
24 | High density plant spacing for Amrapali variety of Mango | 2.5 m x 2.5 m |
25 | Most popular variety of Mango in India | Alphanso |
26 | Seedless variety of Mango | Sindhu |
27 | Mango variety suitable for Processing | Kesar |
28 | Mutant variety of Mango | Rosica |
29 | Spongy tissue resistant variety of Mango | Ratna |
30 | Sweetest variety of Mango | Chousa |
31 | Mango variety fruits having “Apple Shape” | Rumani |
32 | Late maturing Mango variety | Fazil (Bihar) |
33 | The Mango variety which is known for mother of all coloured cultivars of Mango | Mulgoa |
34 | Off season variety of Mango | Niranjan |
35 | Regular bearing variety of Mango | Neelum, Banglora, Pairy |
36 | Dwarf variety of Mango | Amrapali |
37 | Internal fruit necrosis of Mango is due to | Boron deficiency |
38 | High temperature during flowering season of Mango produces | Bisexual Flower |
39 | Amrapali & Mallika variety of Mango developed from | IARI, New Delhi |
40 | Arka Puneet & Arka Anmol varieties of Mango developed from | IIHR, Bengaluru |
41 | Dasheri x Neelam | Amrapali |
42 | Neelam x Dasheri | Mallika |
43 | Neelam x Alphanso | Ratna |
44 | Ratna x Alphanso | Sindhu |
45 | Banganpalli x Alphanso | Arka Aruna |
46 | Alphanso x Banganpalli | Arka Puneet |
47 | Neelam x Chausa | H-59 |
48 | Neelam x Langra | H-61 |
49 | Alphanso x Janardan Prasad | Arka Anmol |
50 | Amrapali x Janardan Prasad | Aam Shankar 1084 |
51 | Totapuri x Kesar | Sai Sugandha |
52 | Early maturing variety of Mango | Bombay green, Bombay Yellow, Gopal Bhog, Kasulkahs, Alphanso |
53 | Mid season maturing variety of Mango | Langra, Dasheri, Krishna Bhog, Gulab khas |
54 | Late maturing variety of Mango | Amrapali, Neelam, Chausa, Manpasand, Kanchan |
55 | Spongy tissue resistant varieties of Mango | Dasheri, Neelam, Ratna, Arka Puneet, Arka Anmol, Arka Aruna |
56 | Malformation susceptible variety of Mango | Bombay Green Chausa |
57 | Black tip in Mango is due to | Boron deficiency |
58 | Internal fruit necrosis of Mango is due to | Boron deficiency |
59 | Leaf scorching in Mango is due to the deficiency of | Potassium |
60 | Best irrigation method for Mango cultivation | Ring Basin Method |
61 | Polyembryony varieties of Mango | Mulgoa, Chandrakaran |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Musa paradisica |
2 | Family | Musaceae |
3 | Origin of Banana | South East Asia |
4 | Chromosome number | 2n = 22 |
5 | Banana crop is | Herbaceous, Monocotyledons, Monocarpic |
6 | Fruit type of Banana | Berry |
7 | Edible part of Banana | Endocarp |
8 | Percent sugar content in ripe Banana | 27% |
9 | Aroma of Banana is due to | Esters of acetate and butyrate |
10 | Most of the cultivated Banana are | Triploid |
11 | Most suitable climate for Banana cultivation is | Tropical, Hot & Humid climate |
12 | Banana is commercially propagated by | Sword Suckers / Corms |
13 | National Research Centre for Banana is located in | Tiruchirapalli, Tamil Nadu |
14 | Largest producer of Banana in the world | India |
15 | Leading Banana producing state in India | Tamil Nadu |
16 | In Tamil Nadu, Banana is mainly grown for | Leaf purpose |
17 | Banana is staple food of | South Africa |
18 | Inflorescence of Banana is called | Spadix |
19 | Seedlessness of Banana is due to | Vegetative Parthenocarpy |
20 | Rhizome is modified form of | Stem |
21 | Generally at the end of Banana crop inflorescence which type of flowers are found | Male flowers |
22 | Two types of Banana suckers are | Sword sucker & Water sucker |
23 | Important cultural practices followed in Banana are | Suckering, Propping, Mettocking |
24 | Most serious disease of Banana crop is | Bunchy top of Banana |
25 | Most serious fungal disease of Banana | Sigatoka Leaf Spot |
26 | Aphid transfers which disease in Banana crop | Bunchy top & Kokkan disease |
27 | Flowering time of Banana crop | June - July |
28 | Fruiting time of Banana crop | Oct – Dec |
29 | Genetic classification of Banana was given by | Simmond & Shephard |
30 | Spacing requirement for Rasthali, Nendran, Poovan & Robusta varieties is | 2.1 x 2.1 m |
31 | Leading Banana producing state of India | Tamil Nadu |
32 | Seedlessness of Banana is due to | Vegetative Parthenocarpy |
33 | Banana stem present above the ground is called | Pseudostem |
34 | Banana stem present below the ground is called | Rhizome |
35 | Banana variety preferred for Multi – Storey system | Poovan & Ney poovan |
36 | Banana variety susceptible for Panama wilt | Gross Michel |
37 | Banana variety resistant for Panama wilt | Poovan |
38 | Best variety of Banana for making chips | Nendran |
39 | Brinjal & cucurbits should not be grown in Banana orchard, because it attracts | Nematodes |
40 | Propping is not required for which variety of Banana | Basrai |
41 | Test used to detect Bunchy top of Banana virus | Tetrazolium test |
42 | Monophagous pest of Banana crop | Rhizome weevil |
43 | Removal of undesired suckers is called | Desuckering |
44 | Removal of male bud after completion of female phase is referred as | Denavelling |
45 | Method by which support is given to Banana bearing plants with the help of Bamboo etc. is called | Propping |
46 | Method of covering bunches with polythene bags or gunny cloth to protect fruits from intense heat, hot & wind etc. is called | Wrapping |
47 | Banana crop matures at | 90 - 150 days |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Vitis vinifera |
2 | Family | Vitaceae |
3 | Origin of Grapes | Middle East |
4 | Chromosome number | 2n = 38 |
5 | Grape plant is propagated by | Hard wood cuttings |
6 | National Research Centre for Grape is located at | Pune, Maharashtra |
7 | Grape plants grow best at the soil pH range | 6.5 – 7.0 |
8 | Fruits of Grapes is called | Berries |
9 | Acid present in the Grape fruit is | Tartaric acid |
10 | Dehydrated Grapes is called | Raisins |
11 | Plant spacing for Grape cultivation is | 2-3 m x 2-3 m |
12 | Percent sugar content present in Grapes is | 15 – 25% |
13 | Chemical used for thinning in Grapes | GA3 (5 PPM) |
14 | Chemical used to hasten bud break at winter pruning is | HCN |
15 | Chemical used for suppressing vigor of vine & increase in fruit | CCC |
16 | Chemical used for induction of male sterility in Grapes is | MH |
17 | Chemical used to reduce the post harvest fruit drop in grapes is | NAA (50 PPM) |
18 | Grape fruit is covered with waxy layer is | Cutin |
19 | Chemical compound responsible for aroma of Grape is | Methyl Anthranilate |
20 | Nutritive index of resin is | 8 |
21 | Suitable time for planting unrooted cuttings of Grapes is | October |
22 | Rooted cuttings are planted during | January - February |
23 | Size of planting pits for Grape cultivation is | 45 cm x 45 cm x 45 cm |
24 | Chemical fertilizer requirements | 0.5 N: 1 P: 0.5 K kg/ha |
25 | Pink berry formation is common problem in | Thomson seedless & its clones |
26 | Hen & Chicken disease of Grapes is due to | Boron deficiency |
27 | Berry / Blossom drop in Grapes is due to | Improper pollination & fertilization |
28 | Pink berry formation is due to | High temperature |
29 | Calyx end rot is due to the deficiency of | Calcium |
30 | Average yield of Seedless variety of Grape | 15 t/ha/year |
31 | Average yield of Muscat variety | 30 t/ha/year |
32 | Average yield of Anab-e-Shahi & Arka hybrids | 20 t/ha/year |
33 | Outstanding cultivar of raisin is | Kishmish-Beli |
34 | Arka Hans | White Wine |
35 | Arka Kanchan | Late Maturing Variety |
36 | Arka Trishna & Soma | Wine Purpose |
37 | Muscat | Colored Seeded Variety |
38 | Thomson seedless | Mostly cultivated |
39 | Black Champa (BC) x TS | Arkavati |
40 | Bangalore Blue (BB) x Anab-e-shahi | Arka Hans |
41 | Anab-e-shashi (AS) x TS | Arka Shweta |
42 | BC x TS | Arka Neelmani |
43 | AS x BC | Arka Majestic |
44 | BB x BC | Arka Shyam |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Carica papaya |
2 | Family | Caricaceae |
3 | Origin of Papaya | Tropical America |
4 | Chromosome number | 2n = 18 |
5 | Inflorescence of Papaya is known as | Cymose |
6 | Fruit type of Papaya is | Fleshy Berry |
7 | Suitable soil pH requirement for Papaya cultivation is | 6 – 7 |
8 | Edible part of Papaya is | Mesocarp |
9 | Yellow color of Papaya is due to | Caricaxanthin |
10 | Commercially Papaya is propagated by | Seeds |
11 | Papaya plants is | Polygamous |
12 | Spacing requirement of Papaya crop | 2.5 m x 2.5 m |
13 | Alkaloid present in Papaya is | Papain |
14 | Enzyme present in dried latex (Papain) of Papaya | Papasin |
15 | Protein content present in Papain is | 72.2% |
16 | TSS content of Papaya fruit is | 13 - 14° Brix |
17 | Nematode resistant variety of Papaya | Pusa Majesty |
18 | Best suited irrigation method for Papaya is | Ring basin method |
19 | Most serious disease of Papaya seedlings is | Damping off |
20 | Papaya ring spot is a | Viral disease |
21 | Papaya ring spot virus is transmitted by | Aphids (Aphis gossypi) |
22 | Papaya leaf curl virus is transmitted by | White flies |
23 | In India, maximum area & production of Papaya is done in | Andhra Pradesh |
24 | Most limiting factor for Papaya cultivation in North India is | Frost |
25 | Papaya crop is | Thermo sensitive |
26 | Seeds of Papaya are enclosed by | Gelatinous sacrotesta |
27 | Best suited crop for Papaya intercrop cultivation | Mango crop |
28 | Mutant variety of Papaya | Pusa Nanha |
29 | Pusa Nanha variety was developed using | Gamma irradiation |
30 | Crude papain yield | 600-800 kg/ha |
31 | Most suitable variety of Papaya for high density planting is | Pusa Nanha |
32 | Viability of Papaya seeds will lost in | 45 days |
33 | Carica candamercens is | Mountain papaya |
34 | Dioecious variety of Papaya | Pusa Giants |
35 | Gynodioecious variety of Papaya | Pusa Delicious, Pusa Majesty, Surya, Taiwan, Sunrise Solo, Coorg Honey Dew |
36 | Hybrid varieties of Papaya | CO-3, CO-4, CO-7 |
37 | Serious diseases of Papaya | Damping off, Leaf curl, Root rot, Yellow mosaic virus |
38 | Serious insect pests of Papaya | Red spider, Whitefly, Aphid |
39 | Uses of Papain: | Tenderization of meat, Manufacture of chewing gum, Cosmetics, Dental paste, Drug preparation |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Apple | Malus domestica |
2 | Family of Apple | Rosaceae |
3 | Origin of Apple | Central Asia |
4 | Chromosome number of Apple | 2n=34 |
5 | Apple is commercially propagated through | Grafting |
6 | Best suited soil pH for Apple cultivation | 6.0-7.0 |
7 | Optimum temperature requirement for Apple cultivation | 0-7 °C |
8 | Apple variety resistant to Apple scab | Freedom |
9 | Apple variety suited for high altitude | Golden Delicious |
10 | Average yield of Apple per hectare | 20-30 tons |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Pineapple | Ananas comosus |
2 | Family of Pineapple | Bromeliaceae |
3 | Origin of Pineapple | South America |
4 | Chromosome number of Pineapple | 2n=50 |
5 | Optimum temperature for Pineapple cultivation | 20-30 °C |
6 | Propagation method for Pineapple | Crowns, Suckers, Slips |
7 | Best suited soil for Pineapple | Sandy loam |
8 | Average yield of Pineapple per hectare | 30-40 tons |
9 | Pineapple variety with high sugar content | Queen |
10 | Time required for Pineapple to mature | 18-24 months |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name of Mandarin | Citrus reticulata |
2 | Family of Mandarin | Rutaceae |
3 | Origin of Mandarin | China |
4 | Mandarins are highly susceptible to | Water logging |
5 | Best suited time for pruning of Mandarin | Late winter / Early spring |
6 | Mandarin, Sweet orange, Acid lime are | Poly embryonic |
7 | Pummelo, Tahiti lime, Citron is | Mono embryonic |
8 | Most promising root stock for Mandarin & Sweet orange | Rangpur lime |
9 | Trifoliate orange is resistant to | Phytophthora & Nematodes |
10 | Glycoside responsible for bitter taste of citrus fruit juice is | Limolin |
11 | Spacing requirement for the kinnow variety is | 1.8 x 1.8 m |
12 | Hybrid kinnow is cross between | King sweet x Willow leaf |
13 | Mandarin varieties are | Coorg, Khasi, Nagpur, Satsuma (Seedless) |
14 | Botanical name of Sweet orange | Citrus sinensis |
15 | Family of Sweet orange | Rutaceae |
16 | Origin of Sweet orange | China |
17 | Best method of irrigation for Sweet orange | Double ring |
18 | Variety which is more prone to pre-harvest fruit drop | Mosambi & Blood Red |
19 | Pre-harvest fruit drop of citrus is controlled by | 2,4-D (20 ppm) |
20 | Seedless variety of Sweet orange | Shamouti |
21 | Best rootstock for rough lemon | Satgudi |
22 | Best rootstock for Mosambi | Rangpur lime |
23 | Pre-harvest fruit drop in citrus is due to | Physiological & Pathological factors |
24 | De-greening of citrus fruit is done by | CaC2 |
25 | Varieties of Sweet orange | Hamlin, Pineapple, Mosambi, Satgudi, Jaffa |
26 | Botanical name of Sweet lime | Citrus limetoides |
27 | Origin of Sweet lime | India |
28 | Self incompatible is found in | Sweet lime |
29 | Tahiti lime | Citrus latifolia |
30 | Tahiti lime is a | Triploid lime |
31 | Rangpur lime | Citrus limonica |
32 | Pummelo | Citrus grandis |
33 | Largest fruit among citrus fruit species | Pummelo |
34 | Lime which is highly susceptible to Tristeza virus | Kagzi lime |
35 | Indicator plant for Tristeza virus | Kagzi lime |
36 | Citrus canker is the most serious disease of | Acid lime |
37 | Sweet lime is more resistant to | Greening |
38 | Seedless variety of Acid lime | Chakradhar |
39 | Canker tolerant variety of Acid lime | Pramalini |
40 | Acid lime variety tolerant to Tristeza & Canker | Sai Sarbati |
41 | Acid / Kagzi lime varieties | Chakradhar, Vikram, Jai Devi, Sai Sarbati, Pramalini |
42 | Sweet lime varieties | Mithotra, Mitha Chikna |
43 | Lemon varieties | Lisbon, Eureka, Lucknow Seedless, Kagzikalan, Pant Lemon |
44 | Botanical name of Grapefruit | Citrus paradisi |
45 | Family of Grapefruit | Rutaceae |
46 | Origin of Grapefruit | Barbados |
47 | Grapefruit is cross between | Citrus sinensis x Citrus maxima |
48 | Grapefruit is also known as | Breakfast fruit, Forbidden fruit |
49 | Star Ruby is developed from Hudson grapefruit through | Mutation Breeding |
50 | Grapefruit varieties | Flame, Hudson, Marsh, Foster, Red Blush, Ruby Red |
51 | Organic acid found in Citrus sp. | Citric acid |
52 | Pigments present in Citrus sp. | Xanthophylls & Carotene |
53 | Flavoring compound present in Citrus | Citral (Lemon) & Valencene (Orange) |
54 | Citrus classification was given by | Tanka & Swingle (1945) |
55 | Ultra dwarf rootstock of Citrus | Flying Drago |
56 | Advanced method of propagation for Citrus | Micropropagation & Tissue culture |
57 | Planting time for Sweet orange | July – September |
58 | Planting time for Acid lime | Dec – Feb & June – Sept |
59 | Planting time for Mandarin | Nov – Dec |
60 | Citrus aurantifolium is propagated by | Seed |
61 | Citrus reticulata, Citrus sinensis and Citrus deliciosa is propagated by | T-budding / Shield budding |
62 | Granulation in Citrus is due to | High temperature & Relative Humidity |
63 | Granulation in Citrus is managed by | 2,4-D |
64 | Yellow leaves of Citrus is due to | Mo deficiency |
65 | Citrus dieback is due to | Cu deficiency |
66 | Exanthema in Citrus is due to | Cu deficiency |
67 | Little leaf of Citrus is due to | Cu deficiency |
68 | Average yield of Lemon | 3000-5000 fruits/tree |
69 | Average yield of Lime | 1500-2000 fruits/tree |
70 | Average yield of Orange | 500 fruits/tree |
71 | Average yield of Grapefruit & Pomelo | 3000 fruits/tree |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Ziziphus mauritiana |
2 | Family | Rhamnaceae |
3 | Origin of Ber | Indian / China |
4 | Chromosome number | 2n = 18 |
5 | Other names for Ber | Poor man’s fruit, Chinese fig, King of Arid fruit |
6 | Planting space requirement for Ber cultivation | 6m x 6m |
7 | Best suited climatic condition for Ber cultivation | Tropical – Subtropical climate |
8 | Ber is commonly propagated through | Ring or T budding |
9 | Ideal time for Ber plant training | March |
10 | Ideal time for Ber plant pruning | May – June (Hot & Dry period) |
11 | Best suited Ber variety for humid area | Mehrun |
12 | Best suited Ber variety for dry area | Umran |
13 | Ber variety resistant to fruit fly | Dodhia |
14 | Ber variety resistant to Powdery Mildew | Sanuar 2 |
15 | Ber fruits are normally harvested in South India during | October – November |
16 | Ber fruits are normally harvested in North India during | February |
17 | Irrigation for Ber crop is avoided during March – April months because | Delays ripening & cause fruit spoilage |
18 | Spraying KNO3 or Thio-urea (3%) will induce | Bud sprouting |
19 | Early Maturing Ber varieties | Gola, Kaithali, Seb |
20 | Mid Maturing Ber varieties | Banarasi, Meharun, Mundia, Jogia |
21 | Late Maturing Ber varieties | Umran, Katha, Illaichi, Pathani |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Psidium guajava |
2 | Family | Myrtaceae |
3 | Origin of Guava | Mexico (Tropical America) |
4 | Chromosome number | 2n = 22 |
5 | Guava fruit type | Berry |
6 | Guava plants are | Climatric & Day neutral |
7 | Best suited climate for Guava cultivation | Hot & Humid climate |
8 | Guava fruit is considered as | Apple of Tropics, Poor’s Apple |
9 | TSS content of Guava fruit | 10 -12° Brix |
10 | Spacing requirement for Guava plants | 6-7 m x 6-7 m |
11 | Commercial propagation of Guava is done by | Air layering / Stooling |
12 | Pit size requirement for Guava planting | 75 x 75 x 75 cm |
13 | Edible part of Guava fruit | Pericarp / Thalamus |
14 | Guava is best suitable for | Jelly preparation |
15 | Guava crop is readily tolerant to | Salt |
16 | Highest Guava production is seen in | Uttar Pradesh |
17 | Major Guava producing country | India |
18 | Bronzing in Guava is due to | Zinc deficiency |
19 | Guava fruit quality is good during | Mrig Bahar season |
20 | Famous varieties of Guava | Allahabad safed, Lucknow 49 (Sardaar), Lalit, Hafsi, Chittidar |
21 | Guava variety – Red fleshed | Hafsi |
22 | Guava variety – Pink fleshed | Lalit |
23 | Guava variety – White fleshed | Allahabad safed |
24 | Seedless variety of Guava | Behat coconut |
25 | Guava variety resistant for Bronzing | Lucknow-49 |
26 | Guava variety resistant to Wilt | Allahabad safed |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Sapota | Manilkara zapota |
2 | Family of Sapota | Sapotaceae |
3 | Origin of Sapota | Central America |
4 | Chromosome number of Sapota | 2n=24 |
5 | Optimum temperature for Sapota cultivation | 25-35 °C |
6 | Propagation method for Sapota | Grafting, Seed |
7 | Best suited soil for Sapota cultivation | Well-drained loamy soil |
8 | Average yield of Sapota per hectare | 15-20 tons |
9 | Sapota variety with high sugar content | White |
10 | Time required for Sapota to mature | 6-8 months |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Fig | Ficus carica |
2 | Family of Fig | Moraceae |
3 | Origin of Fig | Western Asia |
4 | Chromosome number of Fig | 2n=24 |
5 | Optimum temperature for Fig cultivation | 15-30 °C |
6 | Propagation method for Fig | Cuttings, Layering |
7 | Best suited soil for Fig cultivation | Loamy, well-drained soil |
8 | Average yield of Fig per hectare | 10-15 tons |
9 | Fig variety suited for drying | Black Mission |
10 | Time required for Fig to mature | 6-8 months |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Punica granatum |
2 | Family | Punicaceae |
3 | Origin of Pomegranate | Iran |
4 | Chromosome number | 2n = 16 |
5 | Best suited soil for Pomegranate cultivation | Medium loamy soil |
6 | Edible part of Pomegranate | Aril / Testa |
7 | Pomegranate is considered as | Drought tolerant fruit crop |
8 | Red color of Pomegranate is due to | Anthocyanin |
9 | Fruit type of Pomegranate | Balusta |
10 | Inflorescence of Pomegranate is known as | Hypanthium |
11 | In India, training system followed for Pomegranate is | Multi stem training system |
12 | Pomegranate juice helps in curing | Leprosy |
13 | Pomegranate is commercially propagated through | Air layering / Stem cutting |
14 | Pit size requirement for Pomegranate planting | 60 x 60 x 60 cm |
15 | Spacing requirement for Pomegranate crop | 5-6 m x 5-6 m |
16 | TSS content in Pomegranate fruit | 14-16° Brix |
17 | National Research Centre on Pomegranate is situated at | Solapur, Maharashtra |
18 | Best suited climate for Pomegranate cultivation is | Sub-tropical climate |
19 | Wild type of Anar is known as | Daru |
20 | Fruit cracking incidence of Pomegranate occurs during | Ambe bahar |
21 | Flowering time of Pomegranate | March – April |
22 | Pomegranate hybrid, suitable for high density planting and consisting 12.6 TSS released by IIHR is | Amlidana |
23 | Pomegranate bark is rich in | Tanin |
24 | Average yield of Pomegranate crop is | 60-75 fruits/tree or 20-25 t/ha/year |
25 | State that contributes more than 75% of total area for Pomegranate cultivation | Maharashtra |
26 | Most cultivated variety of Pomegranate variety in India, especially in Maharashtra is | Bhagawa |
27 | Major disease in Pomegranate is | Fruit rot |
28 | Fruit cracking in Pomegranate is due to | Ca, B & K |
29 | Pomegranate variety suitable for processing | Arakta |
30 | Selection from Alandi | Ganesh |
31 | Medium size fruit bearing Pomegranate variety | Kandhari |
32 | Large size fruit bearing Pomegranate variety originated from USA | Wonderful |
33 | Hard seeded variety of Pomegranate | Khandhari, Alandi |
34 | Soft seeded variety of Pomegranate | Jyothi, Ganesh |
35 | Amlidana is a cross between | Ganesh x Nanha |
36 | Ruby is a cross between (3 way crossed) | Ganesh x Kabul x Yercaud |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Artocarpus heterophyllus |
2 | Family | Moraceae |
3 | Origin of Jackfruit | India |
4 | Jackfruit is also called as | Monkey jack |
5 | Commercial method of Jackfruit propagation is | Seed & Air layering |
6 | Spacing requirement for Jackfruit crop is | 10 m x 10 m |
7 | Carbohydrate percentage of Jackfruit is | 20% |
8 | Jackfruit is a good source of | Pectin |
9 | Best suited soil for Jackfruit cultivation | Sandy loam soil |
10 | Best suitable climate for Jackfruit cultivation | Tropical climate |
11 | Jackfruit crop cannot tolerate | Cold & Frost |
12 | Major pest of Jackfruit is | Shoot borer & Mealy bug |
13 | Average yield of Jackfruit crop is | 30 – 40 t/ha |
14 | Varieties of Jackfruit | Gulabi, Rudrakshi jack, Monkey jack, Champa, Hazari, Muttam varikka |
15 | Major diseases of Jackfruit is | Fruit rot, Leaf spot, Stem rot |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Jamun | Syzygium cumini |
2 | Family of Jamun | Myrtaceae |
3 | Origin of Jamun | India |
4 | Chromosome number of Jamun | 2n=22 |
5 | Optimum temperature for Jamun cultivation | 20-35 °C |
6 | Propagation method for Jamun | Seed, Grafting |
7 | Best suited soil for Jamun cultivation | Loamy, well-drained soil |
8 | Average yield of Jamun per hectare | 10-15 tons |
9 | Jamun variety with high fruit yield | Ramachandra |
10 | Time required for Jamun to mature | 4-5 months |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Litchi chinensis |
2 | Family | Sapindaceae |
3 | Origin of Litchi | China |
4 | Litchi is commonly known as | Single seeded nut |
5 | Litchi flowers are | Petal less |
6 | Litchi root stock | Litchi philippinensis |
7 | Best suited soil for Litchi cultivation | Sandy loam |
8 | Best suited climate for Litchi cultivation | Sub tropical |
9 | Optimum temperature required for Litchi growth | 30 - 40 °C |
10 | Litchi crop is commercially propagated through | Air layering (Gootee) |
11 | Litchi fruit is rich source of | Calcium (0.21%) |
12 | Most suitable time for propagation of Litchi | July - October |
13 | Pit size requirement for Litchi seedling planting | 90 x 90 x 90 cm |
14 | Planting space requirement for Litchi crop | 8 x 8 m |
15 | Favorable climatic conditions for Litchi production | Moist summer & Cool winter |
16 | Fruit cracking in Litchi is generally due to | Dry hot wind in summer |
17 | Litchi mite is | Aceria lichi |
18 | Average yield of Litchi per plant | 80-100 kg/tree |
19 | Major pests seen in Litchi crop is | Mites & Mealy bug |
20 | Litchi plant flowers during | October – November |
21 | Fruiting time of Litchi crop | March – May |
22 | Litchi variety suitable for canning is | Shahi |
23 | Most critical period for irrigation in Litchi crop is | January end – onset of Monsoon |
24 | Litchi variety suitable for table & processing purpose | Early seedless (Early bedana) |
25 | Early maturing, non cracking seedless variety of Litchi is | Swaran roopa |
26 | Litchi varieties | Purbi, Gulabi, Shahi, Swaran roopa, Elachi, Bvewster |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name | Emblica officinalis / Phyllanthus emblica |
2 | Family | Euphorbiaceae |
3 | Origin of Aonla | Indo-China (Tropical Asia) |
4 | Best suited climate for Aonla cultivation | Tropical |
5 | Best suited soil for Aonla cultivation | Light loam |
6 | Planting space requirement for Aonla crop | 8 x 8 m |
7 | Pit size requirement for Aonla crop | 1 x 1 x 1 m |
8 | Planting time for Aonla crop | July – August |
9 | Commercial method of propagation of Aonla crop is | T-budding / Patch budding |
10 | Aonla is commonly known as | Malacca tree / Indian gooseberry |
11 | Propagation time suitable for Aonla cultivation | May – September |
12 | Annual rainfall requirement for the growth of Aonla | 630 – 800 mm |
13 | Training & Pruning method followed in Aonla crop is | Modified central leader system |
14 | Flowering time of Aonla crop | Feb – April |
15 | Fruiting time of Aonla crop | July – Sept |
16 | Product prepared from Aonla | Trifla, Chavan-prash, Churna |
17 | Ideal plants used as filler plants in Aonla orchard | Ber, Guava & Lemon |
18 | Pruning in Aonla is done during | March – April |
19 | Fruit necrosis in Aonla is due to | Bo deficiency |
20 | Irrigation should be avoided during | Flowering |
21 | Major insect of Aonla crop | Bark eating caterpillar (Inderbella tetronis) |
22 | Major disease of Aonla crop | Rust (Ravenellia emblicae) |
23 | Aonla variety suitable for candy | NA-6 |
24 | Early maturing Aonla variety, selection from Banarasi | NA-9 (Neelum) |
25 | Alternate bearer of Aonla free from necrosis | Chakiya |
26 | Aonla varieties | Banarasi, Chakiya, Kanchan (NA-4), Amrit (NA-7), NA-9 (Neelum), NA-5 (Krishna) |
S.No | Question | Answer |
---|---|---|
1 | Botanical Name of Cashew nut | Anacardium occidentale |
2 | Family of Cashew nut | Anacardiaceae |
3 | Origin of Cashew nut | Brazil |
4 | Inflorescence of Cashew nut is | Poly gamo monoecious |
5 | Cashew nut crop is very sensitive to | Water logging |
6 | Largest producer & exporter of Cashew nut in the world is | India |
7 | Largest importer of Cashew nut is | USA |
8 | Cashew nut kernels does not contain | Cholesterol |
9 | Collection of fallen Cashew nuts is called | Glining |
10 | Optimum moisture content requirement for dried kernel is | 2-4 % |
11 | Dwarf root stock of Cashew is | Anacardium pumilum |
12 | Fat percentage in Cashew nut kernel is | 47 % |
13 | Protein percentage in Cashew nut kernel is | 21 % |
14 | Carbohydrate percentage in Cashew nut kernel is | 22 % |
15 | Commercial cultivation of Cashew nut is not suitable for the soil having pH | > 8.0 |
16 | Best time for pruning of Cashew trees | August – September |
17 | Cashew nut is commercially propagated through | Softwood grafting |
18 | Best quality of Cashew nut kernel is obtained from | Drum roasting |
19 | Most popular method of Cashew nut kernel roasting is | Steam method |
20 | Commonly used dryer for Cashew nut kernel is | Broma drier |
21 | Total number of grades available for export of Cashew kernels | 26 |
22 | National Research Centre for Cashew is located at | Puttur, Karnataka |
23 | Processing methods in Cashew | Sun drying – Boiling – Shelling - Packing |
24 | Maximum Cashew oil can be recovered from | Oil bath roasting |
25 | Cashew nut varieties | Dhana, Madakhathara, Damodar, VRT -1, VRT-2, VRT-3, Tithat-1, BPP, Priyanka |
26 | Export variety of Cashew nut is | Priyanka |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Coconut | Cocos nucifera |
2 | Family of Coconut | Arecaceae |
3 | Origin of Coconut | South East Asia |
4 | Coconut tree is also called as | Tree of heaven, Kalpavriksha |
5 | Genus name Cocos is derived from Spanish word which means | Monkey face |
6 | Coconut plant is considered as a | Heliotropic plant |
7 | Best suited climate for Coconut cultivation is | Tropical climate |
8 | Optimum temperature requirement for Coconut cultivation is | 27 °C |
9 | Soil type requirement for Coconut cultivation is | Sandy – Heavy clay soil / Alluvial soil |
10 | Coconut seedlings are generally transferred after | 9-12 months old |
11 | Coconut is commercially propagated through | Nuts |
12 | Compound present in Coconut oil responsible for anti HIV property | Monolaurin |
13 | Mesocarp husk is used for making | Coirs |
14 | Coir percentage in Coconut husk is | 70 % |
15 | Fiber percentage in Coconut husk is | 30 % |
16 | Endocarp of Coconut is used for making | Toys, Buttons etc |
17 | Inflorescence of Coconut is called as | Spadix |
18 | Dwarf Coconut tree species are | Self pollinated |
19 | Tall Coconut tree species are | Cross pollinated |
20 | Male parent for hybrid Coconut | Choughat orange dwarf & Gangabondan |
21 | Pit size requirement for the planting of Coconut seedlings is | 1 x 1 x 1 m |
22 | Plant spacing requirement for Coconut cultivation is | 10 x 10 m |
23 | Average Coconut yield is | 80-100 nuts/plant/year |
24 | Fan like appearance of Coconut leaves is due to | Rhinoceros beetle |
25 | Monophagous pest of Coconut is | Black headed caterpillar |
26 | Tall varieties of Coconut | West coast tall, Sanramon, Pratap, Laguna, Laccadive ordinary, Andaman ordinary |
27 | Dwarf varieties of Coconut | Chowghat orange dwarf, Chowghat green dwarf, Gudanjali, Cangabondam, Mangipod |
28 | Improved varieties of Coconut | Pratap, Chandratara, Chandra kalpa, Kera Chandra, Double century |
29 | Coconut variety suitable for ball copra & oil extraction is | Laccadive ordinary & Laccadive Micro |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Cauliflower | Brassica oleracea var. botrytis |
2 | Family of Cauliflower | Cruciferae |
3 | Origin of Cauliflower | Mediterranean region |
4 | Chromosome number of Cauliflower | 2n = 18 |
5 | Fruit of Cauliflower is called as | Curd |
6 | Inflorescence of Cauliflower is called | Corymb |
7 | Cauliflower is a | Thermo-sensitive crop |
8 | Soil pH requirement for Cauliflower cultivation is | 5.5 – 6.5 |
9 | Characteristics flavor of Cole crops is due to the presence of | Di methyl tri sulphate |
10 | Closer spacing in Cauliflower cultivation results in | Small curds |
11 | Spacing requirement for Cauliflower cultivation is | 45 x 45 cm or 45 x 60 cm |
12 | Chemical fertilizer requirement for Cauliflower | 100 N: 50 P: 50 K kg/ha |
13 | Borax is applied at the rate of | 10-15 kg/ha |
14 | Removal of central portion of curd for the earlier initiation of flower stalk in Cauliflower is known as | Scooping |
15 | Method used to protect curd from yellowing after the direct exposure to sun & to arrest enzymatic activity is called | Blanching |
16 | In late varieties of Cauliflower, seedlings are transplanted at | After 45 days |
17 | In early varieties of Cauliflower, seedlings are transplanted at | After 25 days |
18 | Cauliflower variety having self blanching habit | Pusa himjyoti & Pusa snowball |
19 | Pusa snowball variety is resistant to | Sclerotium rot |
20 | Black rot & inflorescence blight resistant variety of Cauliflower is | Pusa snowball & Pusa shubhra |
21 | Early bearing varieties of Cauliflower | Early kunwari, Pusa deepali, Pusa katki, Pusa sharad |
22 | Late varieties of Cauliflower | Pusa snowball, Pusa himjyoti |
23 | Synthetic varieties of Cauliflower | Pusa synthetic, Pusa early synthetic, Pant Gobi-3 |
24 | Private sector hybrids of Cauliflower | White flesk, Nath Ujwala, Nath Shweta, Early Himlata, Himani |
25 | Blindness | Plants having no terminal buds & fail to form curd |
26 | Browning | Light brown-dark spots on stem & brown color of curd |
27 | Buttoning | Development of small curds in young plants |
28 | Chlorosis | Interveinal yellowing of young leaves & proceeds to older leaves |
29 | Hollow stem | Formation of cavity inside the stem |
30 | Riceyness | A premature initiation of floral buds |
31 | Whip tail | Leaf blades do not develop properly |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Cabbage | Brassica oleracea var. capitata |
2 | Family of Cabbage | Cruciferae |
3 | Origin of Cabbage | Mediterranean region |
4 | Chromosome number of Cabbage | 2n = 18 |
5 | Fruit of Cabbage is known as | Head |
6 | Fruit type of Cabbage is | Siliqua |
7 | Cabbage is a | Cross pollinated, Biennial crop, Leafy vegetable |
8 | Glucoside responsible for flavor in Cabbage is | Sinigrin |
9 | Cabbage grown in saline is more prone to | Black leg disease |
10 | Seed rate of Cabbage per hectare | 500-750 g |
11 | Wild type of Cabbage | B. oleraceae var. sylvestris |
12 | Savory Cabbage | B. oleraceae var. sabuda |
13 | Value added product prepared from white Cabbage is | Sauerkraut |
14 | Sauerkraut helps in curing from | Scurvy disease |
15 | September variety is introduced by | Germany |
16 | September variety is most popular in | Nilgiri hills |
17 | Premature formation of seed stock in Cabbage is called | Bolting |
18 | Low temperature resistance in Cabbage is increased by spraying | SADH or CCC |
19 | Duration of early varieties of Cabbage is | 60-80 days |
20 | Duration of late varieties of Cabbage is | 100-120 days |
21 | Cabbage produces seeds only in | Temperate regions |
22 | Cabbage growth arrests when temperature rises above | 25 °C |
23 | Cabbage seedlings are suitable for planting at | 30-45 days |
24 | Spacing requirement for Cabbage grown in hills | 40 x 40 cm |
25 | Spacing requirement for Cabbage grown in plains | 45 x 30 cm |
26 | Anti-cancer property of Cabbage is due to the presence of | Indole-3-carbinol |
27 | Seed yield of the Cabbage can be enhanced by spraying | Boric acid (50 ppm) |
28 | Cabbage variety developed for cultivation under high temperature region is | Pusa Ageti |
29 | Seed production methods in Cabbage | Head intact, Core intact, Stump method |
30 | Popular varieties of Cabbage | Golden Acre, Copenhagen market, Pride of India |
31 | Cabbage varieties suitable for hilly regions | Questo, September, Eclipse, Early wonder |
32 | Hybrid varieties of Cabbage | Pusa red, Pusa drumhead, Pusa mukta, Pusa ratnar, Pusa sambandh |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Radish | Raphanus sativus |
2 | Family of Radish | Cruciferae |
3 | Origin of Radish | Europe |
4 | Chromosome number of Radish | 2n=18 |
5 | Seed rate of Radish | 8-10 kg/ha |
6 | Spacing requirement for Radish cultivation is | 15 x 10 cm |
7 | Pungency in Radish is due to | Iso-Thiocyanate |
8 | Sowing depth for Radish is | 1.25 cm |
9 | Edible part of Radish is | Root & Leaves |
10 | Radish variety which can be grown throughout the year is | Pusa Himani |
11 | Radish variety suitable for growing in hot conditions | Pusa chetki |
12 | Brown heart in Radish is due to the deficiency of | Boron |
13 | High temperature during Radish cultivation causes | Bolting |
14 | Radish variety resistant to white rust, premature bolting and forking is | Arka Nishanth |
15 | Major insect pest of Radish is | Mustard saw fly & Painted bug |
16 | Pink color of Radish is due to the presence of | Anthocyanin |
17 | Average yield of Radish crop is | 20-30 t/ha |
18 | European varieties of Radish are | Scarlet globe, Rapid red, Pusa Himani, Scarlet long |
19 | Asiatic varieties of Radish are | Pusa Rashmi, Pusa desi, Pusa chetki, Arka Nishant, Punjab safed |
20 | Pusa Himani is a cross between | Radish black x Japanese white |
21 | Pusa Safed is a cross between | White-5X x Japanese white |
22 | Pusa Rashmi is a cross between | Green type x Desi type |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Tomato | Lycopersicon esculentum |
2 | Family of Tomato | Solanaceae |
3 | Origin of Tomato | Mexico |
4 | Chromosome number of Tomato | 2n=24 |
5 | Fruit type of Tomato is | Berry |
6 | Flower type of Tomato is | Hermaphrodite |
7 | Seed rate requirement for Tomato cultivation | 400-500 g/ha |
8 | Seed rate requirement for hybrid Tomato | 100-150 g/ha |
9 | Tomato is also known as | Poor man’s orange, Wolf apple, Vilayati Baigan |
10 | Edible portion of Tomato is | Pulp |
11 | Tomato plant is | Self pollinated, C3 & Day neutral plant |
12 | Ideal plant height of Tomato for transplanting is | 10-15 cm |
13 | Tomato crop is most susceptible to | Frost |
14 | Pigment responsible for the red color of Tomato is | Lycopene |
15 | Yellow color of Tomato is due to | Carotenoid |
16 | Tangerine color of Tomato is due to | Pro-lycopene |
17 | Toxic compound present in Tomato is | Tomatine & Saponine |
18 | Fertilizer requirement for Tomato crop is | 100 N: 60 P: 60 K kg/ha |
19 | Best suited climate for Tomato cultivation is | Tropical climate |
20 | Fruit cracking in Tomato is due to | Boron deficiency |
21 | Blossom end rot of Tomato is due to | Calcium deficiency |
22 | Cat face is a physiological disorder of | Tomato |
23 | Cluster of flowers in Tomato is known as | Truss |
24 | Temperature requirement of Tomato crop | Germination – 21-25 °C, Flowering – 14-20 °C, Fruit – 15-20 °C |
25 | Isolation distance for Tomato seed production | Foundation seed – 50 m, Certified seed – 25 m |
26 | Causal agent for Late blight of Tomato is | Phytophthora infestans |
27 | Causal agent for Early blight of Tomato is | Alternaria solani |
28 | Leaf curl disease of Tomato is transmitted by | White fly |
29 | Hybrid varieties of Tomato | Hisar Lalima, Pusa sheetal, Pusa Ruby, Hisar Lalit |
30 | Mutant varieties of Tomato | Maruthan, PKM-1, S-12 |
31 | Determinate varieties of Tomato | Punjab chuara, Pusa Gaurav, Punjab Kesari, Pusa Early Dwarf |
32 | Indeterminate varieties of Tomato | Pusa Ruby, Pant Bahar, Pant T-1, Pant T-3 |
33 | Tomato variety suitable for kitchen gardening is | Angoorlata |
34 | Best suited Tomato variety for rainfed conditions is | Arka Meghali |
35 | Best suited Tomato variety for drought conditions is | Arka Vikas |
36 | Tomato variety suitable for high temperature regions | Pusa H-1 |
37 | Tomato variety suitable for low temperature regions | Pusa sheetal |
38 | Tomato variety which is resistant to Nematode & Bacterial wilt | Arka vardan |
39 | The trap crop used for controlling Tomato fruit borer is | Marigold plants |
40 | Training, pruning & stalking is followed in | Indeterminate type of Tomato |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Potato | Solanum tuberosum |
2 | Family of Potato | Solanaceae |
3 | Origin of Potato | Peru (South America) |
4 | Chromosome number of Potato | 2n = 48 |
5 | Spacing requirement for Potato crop is | 60 x 20 cm |
6 | Potato is known as | King of vegetables |
7 | Green color of Potato tuber is due to | Solanine |
8 | Potato is a rich source of | Starch |
9 | Central Potato Research Institute is located at | Shimla |
10 | First director of CPRI is | Dr. Ramanujan |
11 | International Potato Centre is located at | Lima, Peru |
12 | Indian Potato Association is founded in | 1974 (Shimla) |
13 | True Potato Seed is developed by | Dr. Ramanujan |
14 | First variety of True Potato Seed | Phulwa |
15 | Best suited irrigation method for Potato cultivation is | Furrow method |
16 | Potato is a | C3, Self pollinated, Perennial crop |
17 | Soil pH requirement for Potato cultivation is | 5.0 – 6.5 |
18 | Inflorescence type of Potato is | Racemose type |
19 | Black heart of Potato is due to | Oxygen deficiency |
20 | Hollow heart of Potato is due to | Excess use of N fertilizer |
21 | Most serious disease of Potato is | Late blight |
22 | Potato leaf curl virus is transmitted by | Aphids |
23 | Exotic variety of Potato is | Upto date, Kregs defines, President |
24 | Cyst nematode & late blight resistant variety of Potato is | Thenamalai |
25 | Irish famine is due to | Late blight of Potato |
26 | Late blight of Potato is caused by | Phytophthora infestans |
27 | Early blight of Potato is caused by | Alternaria solani |
28 | Domestic quarantine of Potato is done to protect from | Wart disease |
29 | Potato scab is caused by | Streptomyces scabies |
30 | Potato is commercially propagated through | Tuber (underground stem) |
31 | Tuber requirement for Potato cultivation is | 15-20 q/ha |
32 | Seed rate of True Potato Seeds is | 100-150 g/ha |
33 | Most critical stage in Potato for irrigation | Stolen formation & Tuber elongation |
34 | Chemical used to break the Potato dormancy is | Thiourea |
35 | Fertilizer which is not recommended in Potato cultivation is | Potassium chloride (KCl) |
36 | Potato plants grows best in | Temperate climate |
37 | Optimum depth for sowing Potato is | 5-10 cm |
38 | Potato variety resistant to wart is | Kanchan & Jyoti |
39 | Protein rich Potato variety is developed by | Asis data |
40 | Frost resistant variety of Potato is | Sheetman |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Brinjal | Solanum melongena |
2 | Family of Brinjal | Solanaceae |
3 | Origin of Brinjal | India |
4 | Chromosome number of Brinjal | 2n=24 |
5 | Brinjal is also called as | Egg plant / Aubergine |
6 | Pigment present in Brinjal is | Anthocyanin |
7 | Brinjal fruit is rich in | Vitamin B |
8 | Toxic content present in Brinjal is | Solasodine |
9 | Brinjal plant is a | Day neutral plant & Often cross pollinated |
10 | Sowing depth for Brinjal plant | 1-1.5 cm |
11 | Test weight of Brinjal is | 3.7 g |
12 | Brinjal crop is more susceptible to | Severe frost |
13 | Fruit type of Brinjal is | Berry |
14 | Edible portion of the Brinjal is | Pulp |
15 | Little leaf of Brinjal is caused by | Mycoplasma |
16 | Brinjal varieties bearing “Round fruit” | Pant Rituraj, Arka Navneet, Pusa purple round |
17 | Brinjal varieties bearing “Long fruit” | Pusa Kranti, Pusa Purple Long, Azad Kranti, Pant Samrat, Neelam, Pusa Purple Cluster |
18 | Brinjal variety resistant to Aphids is | Annamalai |
19 | Extra early maturing variety of Brinjal is | Pusa Purple Long |
20 | Phomopsis blight & Bacterial wilt resistant variety of Brinjal is | Pant Samrat |
21 | Little leaf resistant variety of Brinjal is | Arka Sheel, Manjarigota |
22 | Brinjal variety bearing white colored fruit | KKM-1 |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Onion | Allium cepa |
2 | Family of Onion | Alliaceae |
3 | Origin of Onion | Central Asia |
4 | Chromosome number of Onion | 2n=16 |
5 | Edible part of Onion | Bulb |
6 | Onion is rich in | Vitamin-B |
7 | Red color in Onion is due to | Anthocyanin |
8 | Pungency of Onion is due to | Allyl-propyl disulphide |
9 | Pink revolution is related to | Onion, Prawn |
10 | Bolting in Onion is due to | Low temperature |
11 | Purple blotch of Onion is due to | Alternaria porii |
12 | Seed rate requirement of Onion for nursery | 10-12 kg/ha |
13 | Onion is highly cross pollinated due to | Protandry |
14 | The color of outer skin of Onion is due to | Quercetin |
15 | Phenolic content present in Onion having antifungal property | Catechol |
16 | Optimum temperature requirement for Onion bulb development | 20-25 °C |
17 | Directorate of Onion & Garlic Research located in | Pune |
18 | During storage, sprouting / germination of Onion can be stopped by using | MH @2500 ppm |
19 | Important insect pest in Onion is | Thrips |
20 | Thrips infestation can be controlled by spraying | Acephate (1ml/l) |
21 | Hybrid varieties of Onion | Arka Lalima, Arka Pitambar |
22 | Small size Onion varieties | Arka Bindu, Bangalore Rose |
23 | Tri-parental derived synthetic variety of Onion | Arka Been |
24 | Anti-oxidant rich variety of Onion is | Pusa Riddh |
25 | White color Onion varieties | Bhima Shubra, Bhima Shweta, Arka Yojith, Phule Safed |
26 | Seed rate requirement of Onion grown under nursery condition | 5-7 kg seeds/ha |
27 | Rabi season varieties of Onion | Pusa Red, Pusa Ratnar, Pusa Madhavi, Nasik Red, Udaipur 101, Arka Bindu |
28 | Kharif season varieties of Onion | Arka Kalyan, N-53, Agrifound Red |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Chilli | Capsicum annum |
2 | Family of Chilli | Solanaceae |
3 | Origin of Chilli | Mexico |
4 | Chromosome number of Chilli | 2n=24 |
5 | Chilli fruit type | Berry |
6 | Edible portion of Chilli | Whole fruit |
7 | Chilli flower type | Hermaphrodite |
8 | Chilli plants are | Day neutral plant & Often cross pollinated |
9 | Spacing requirement for Chilli crop | 45 x 30 cm |
10 | Chilli is the richest source of | Vitamin C |
11 | Pungency of Chilli is due to | Capsaicin |
12 | Red color of Chilli is due to | Capcyanthin |
13 | Chilli transplantation is commonly done after | 45 Days after sowing |
14 | Seed rate requirement for Chilli | 1-1.5 kg/ha |
15 | Seed rate requirement for Hybrid Chilli | 250 g/ha |
16 | Blossom end rot in Chilli is due to | Excess N fertilizer & Water stress |
17 | Capsicum (Shimla mirch) is also known as | Sweet pepper |
18 | Chilli is also known as | Hot pepper |
19 | Best suited climate for Chilli cultivation is | Hot & Humid climate |
20 | Chilli readily tolerates | Frost condition |
21 | Chemical fertilizer requirement for Chilli crop | 80 N: 40 P: 40 K |
22 | Root system of Chilli | Bidirectional |
23 | Chemical used to control Chilli fruit drop is | NAA (10 ppm) |
24 | Major producer, Consumer & Exporter of Chilli in the world is | India |
25 | White flower bearing Chilli species is | Capsicum annum & Capsicum frutescens |
26 | Purple flower bearing Chilli species is | Capsicum pubescens |
27 | Mutant variety of Chilli is | MDU-1 |
28 | Fruit rot resistant variety of Chilli is | K-2 |
29 | Leaf curl resistant variety of Chilli is | Pusa Sadabahar, Pant C-1 |
30 | Leaf curl, die back, wilt & TMV resistant variety of Chilli is | Punjab Surakh, Punjab Lal |
31 | Chilli variety developed by using Genetic Male Sterility is | CH-1 |
32 | Bacterial wilt resistant variety of Chilli is | Utkal Rashmi, Arka Gaurav |
33 | Inward curling of Chilli leaves is due to | Thrips |
34 | Chilli mosaic virus is transmitted by | White flies |
35 | Sweet pepper varieties are | Golden wonder, Arka Mohini, Arka Gaurav, Yolo wonder, California wonder |
36 | Sweet pepper hybrid varieties are | Green gold, Early bounty, Pusa Deepti, Hira |
37 | Chilli varieties are | Bhagyalakshmi, Arka Lohit, Sindhur, Kalyanpur yellow |
38 | Chilli hybrid varieties are | Pusa Jwala, Punjab Lal, Andhra Jyoti, Bhaskar |
39 | Chilli variety best suited to extract Capsaicin is | G-4 (Bagyalakshmi) |
40 | Murda complex in Chilli is due to | Thrips, Mites & Viruses |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Okra | Abelmoschus esculentus |
2 | Family of Okra | Malvaceae |
3 | Origin of Okra | Africa |
4 | Somatic chromosome number of Okra | 2n=130 |
5 | Edible part of Okra | Whole fruit |
6 | Largest producer of Okra in the world is | India |
7 | Okra is also known as | Ladies finger, Bhendi |
8 | Spacing requirement for Okra plant | 45 x 30 cm |
9 | Best suited temperature for normal growth & development | 24 – 28 °C |
10 | Fruit type of Okra is | Berry |
11 | Seed rate requirement for Kharif season is | 8-10 kg/ha |
12 | Seed rate requirement for spring-summer season is | 20 kg/ha |
13 | Okra variety suitable for hilly regions of North India | Perkins long green |
14 | Arka Abhay is a sister line of | Arka Anamika |
15 | Major pest of Okra is | Fruit borer |
16 | Yellow mosaic virus of Okra is due to | Virus |
17 | Yellow mosaic virus of Okra is transmitted by | White fly |
18 | Average yield of Okra | 12-15 t/ha |
19 | Okra variety resistant to yellow vein mosaic virus and cotton boll worm | Punjab Padmini |
20 | Okra varieties | Pusa Makhmali, Pusa Sawani, Arka Anamika, Arka Abhay, Punjab Padmini, Panchali, Adhunik, Supriya |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Knolkhol | Brassica oleracea |
2 | Family of Knolkhol | Brassicaceae |
3 | Origin of Knolkhol | Europe |
4 | Chromosome number of Knolkhol | 2n=18 |
5 | Optimum temperature for Knolkhol cultivation | 15-20 °C |
6 | Propagation method for Knolkhol | Seeds |
7 | Best suited soil for Knolkhol cultivation | Loamy, well-drained soil |
8 | Spacing requirement for Knolkhol cultivation | 30x30 cm |
9 | Average yield of Knolkhol per hectare | 20-25 tons |
10 | Knolkhol variety suited for high yield | White Vienna |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Muskmelon | Cucumis melo |
2 | Family of Muskmelon | Cucurbitaceae |
3 | Origin of Muskmelon | Tropical Africa |
4 | Muskmelon is also known as | Kharbuja |
5 | TSS content of most of the Muskmelon variety is | 11-17 % |
6 | Muskmelon is harvested at | Full slip stage |
7 | High temperature during maturing & ripening stage of Muskmelon increases | Sweetness |
8 | Pickling Melon is | C. melo var conomon |
9 | Muskmelon variety developed using monoecious sex form as female parent | Pusa Rasraj |
10 | Private sector hybrid of Muskmelon is | Shweta, Swarna |
11 | Muskmelon variety resistant to Powdery mildew & Downy mildew is | Punjab Rasila |
12 | Muskmelon variety having excellent flavor, rich in vitamin C & relatively dwarf habit variety is | Arka Jeet |
13 | Selection varieties of Muskmelon are | Arka Jeet, Durgapur Madhu, Arka Rajhans, Hara Madhu |
14 | Hybrid varieties of Muskmelon are | Pusa Sharbati, Punjab Sunheri, Hissar Madhur |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Cucumber | Cucumis sativus |
2 | Family of Cucumber | Cucurbitaceae |
3 | Origin of Cucumber | India |
4 | Chromosome number of Cucumber | 2n=14 |
5 | Cucumber is also known as | Kheera |
6 | Cucumber is a | Monoecious |
7 | Best suited soil for Cucumber cultivation is | Sandy loam soil |
8 | Best suited soil pH range for Cucumber cultivation is | 6.5-7.5 |
9 | Fruit type of Cucumber is | Pepo |
10 | Seed rate requirement for Cucumber cultivation is | 2.5 kg/ha |
11 | Cucumber variety developed by selection is | Sheetal |
12 | Pillow disease of Cucumber is due to deficiency of | Calcium |
13 | Cucumber variety resistant to powdery mildew, downy mildew, anthracnose, angular leaf spot is | Poinsett |
14 | Average yield of Cucumber is | 100-150 q/ha |
15 | Gynoecious female parent of Cucumber is | Pusa Sanyog |
16 | Cucumber mosaic virus disease is transmitted by | Aphid |
17 | White spine color is a maturity indicator for | Slicing cucumber |
18 | Black color spine is a maturity indicator for | Pickling cucumber |
19 | Cucumber variety resistant to Bronzing is | Himangi (Poinsetta x Kalyanpur) |
20 | Cucumber variety resistant to Powdery mildew is | Phule Shubhangi |
21 | Cucumber varieties | Straight Eight, China Long, Poinsett, Japanese Long Green-2 |
22 | Number of female flower & fruit yield is increased by using | Ethrel (150-200 ppm) |
23 | In gynoecious type plant, male flower is induced by using | GA3 / Silver Nitrate |
24 | Cucumber yield can be doubled by using | Tropical gynoecious F1 hybrid |
25 | Low temperature, high humidity, Short days & low nitrogen content will increase | Female flowers |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Carrot | Daucus carota |
2 | Family of Carrot | Umbeliferae |
3 | Origin of Carrot | Afghanistan |
4 | Chromosome number of Carrot | 2n=18 |
5 | Edible portion of Carrot is | Root |
6 | Inflorescence of Carrot is called | Umbel |
7 | Forking of Carrot is due to | Hard pan of soil |
8 | Carrot flowers are | Protandrous |
9 | Seed rate requirement of Carrot is | 5-6 kg/ha |
10 | Excellent cultivar for canning & storage | Chantenay |
11 | European type of Carrot is | Orange colored, Rich in carotene, Stump & blunting core |
12 | Asiatic type of Carrot is | High yielder, Poor in quality & carotene, Rich in Anthocyanin |
13 | Carrot is considered as annual herb for | Root production |
14 | Carrot is considered as biennial herb for | Flowering & fruit set |
15 | Splitting of Carrot occurs due to | Sudden change in soil moisture |
16 | Average yield of Carrot is | 25-30 t/ha |
17 | Beverage called ‘Kangi’ is prepared from | Black carrot |
18 | Imperator is a cross between | Nantes x Chantenay |
19 | Pusa Yamdagni is a cross between | EC-9981 x Nantes |
20 | Pusa Meghali is a cross between | Pusa Kesar x Nantes |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Beans | Phaseolus vulgaris |
2 | Family of Beans | Fabaceae |
3 | Origin of Beans | Central America |
4 | Chromosome number of Beans | 2n=22 |
5 | Optimum temperature for Beans cultivation | 20-25 °C |
6 | Propagation method for Beans | Seeds |
7 | Best suited soil for Beans cultivation | Loamy, well-drained soil |
8 | Spacing requirement for Beans cultivation | 30x10 cm |
9 | Average yield of Beans per hectare | 15-20 tons |
10 | Beans variety suited for dry conditions | Rajmash |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Pumpkin | Cucurbita pepo |
2 | Family of Pumpkin | Cucurbitaceae |
3 | Origin of Pumpkin | North America |
4 | Chromosome number of Pumpkin | 2n=40 |
5 | Optimum temperature for Pumpkin cultivation | 20-30 °C |
6 | Propagation method for Pumpkin | Seeds |
7 | Best suited soil for Pumpkin cultivation | Loamy, well-drained soil |
8 | Spacing requirement for Pumpkin cultivation | 1-1.5 m |
9 | Average yield of Pumpkin per hectare | 20-25 tons |
10 | Pumpkin variety suited for storage | Winter Luxury |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Capsicum | Capsicum annuum |
2 | Family of Capsicum | Solanaceae |
3 | Origin of Capsicum | Central America |
4 | Chromosome number of Capsicum | 2n=24 |
5 | Optimum temperature for Capsicum cultivation | 20-30 °C |
6 | Propagation method for Capsicum | Seeds |
7 | Best suited soil for Capsicum cultivation | Loamy, well-drained soil |
8 | Spacing requirement for Capsicum cultivation | 45x45 cm |
9 | Average yield of Capsicum per hectare | 20-25 tons |
10 | Capsicum variety with high capsaicin content | Bhut Jolokia |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Garlic | Allium sativum |
2 | Family of Garlic | Alliaceae |
3 | Origin of Garlic | Central Asia |
4 | Chromosome number of Garlic | 2n=16 |
5 | Pungency of Garlic is due to | Diallyl disulphide |
6 | Edible part of Garlic is | Clove |
7 | Seed rate requirement of Garlic (Cloves) | 500 kg/ha |
8 | Antibacterial substance present in Garlic is | Allicin |
9 | Water soluble amino acid present in Garlic is | Allin |
10 | Day length requirement for bulbing is | 12 hrs |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Gladiolus | Gladiolus grandiflora |
2 | Family of Gladiolus | Iridaceae |
3 | Origin of Tetraploid Gladiolus | Africa & Asia minor |
4 | Origin of Diploid Gladiolus | Europe |
5 | Chromosome number of Tetraploid Gladiolus | 2n=30 |
6 | Chromosome number of Diploid Gladiolus | 2n=60 |
7 | Optimum soil pH requirement for Gladiolus cultivation is | 6-7 |
8 | Gladiolus is also known as | Queen of Bulb |
9 | Best suited climate for Gladiolus cultivation is | Subtropical & Temperate |
10 | Gladiolus is commercially propagated through | Corms |
11 | Optimum corms size for Gladiolus propagation | 4-5 cm diameter |
12 | Optimum corms weight for Gladiolus propagation | 20-30 gm |
13 | Spacing requirement for Gladiolus cultivation is | 20x20 cm / 20x30 cm |
14 | Seed rate (Corms) of Gladiolus | 1,60,000 corms/ha or 3200 kg corms/ha |
15 | Important operation in Gladiolus cultivation is | Hilling |
16 | Gladiolus is a | Short day plant |
17 | Chemical fertilizers requirement for Gladiolus crop is | 120 N: 150 K: 150 P |
18 | Generally corms are planted at a depth of | 5 cm |
19 | Increased application of super phosphate to Gladiolus cause | Leaf scorching |
20 | Leaf scorching of Gladiolus is also called as | Fluoride injury |
21 | Gladiolus is also called as | Sword lily |
22 | Chemical used to break the dormancy of corms is | Ethylene chlorohydrine & GA |
23 | Average yield of Gladiolus is | 2-3 lakh spikes/ha & 10-12 tons corms/ha |
24 | Fragrant variety of Gladiolus is | Sagar |
25 | Geotropism disorder of Gladiolus is due to | Transporting |
26 | Gladiolus variety developed by IARI | Pusa Sweta, Pusa Unnati, Pusa Srijana, Pusa Kiran, Pusa Shubham, Pusa Svarnima |
27 | Gladiolus variety developed by IIHR | Sindhu, Nazrana, Arka Gold, Arka Naveen, Apsara, Arka Amer |
28 | Gladiolus variety developed by NBRI | Archana, Manisha, Kohra, Arun, Kalima, Mohini, Manohar |
29 | Big flowered varieties of Gladiolus are | Snow Prince, Patricia, Oskar, Happy End, Yellow Stone, Suchitra |
30 | Small flowered varieties of Gladiolus are | Royal Jubilee, Red Canna, Canberra |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Rose | Rosa sinensis |
2 | Family of Rose | Rosaceae |
3 | Origin of Rose | Central Asia |
4 | Chromosome number of Rose | 2n=14 |
5 | Rose fruit type is | Hips |
6 | Rose seed is called as | Achenes |
7 | Rose crop is called as | Queen of Flowers |
8 | Rose is considered as a National Flower of | England & Iran |
9 | Red color of Rose is due to | Anthocyanin pigment |
10 | Most commonly used root stock of Rose is | Rosa multiflora & Rosa indica |
11 | Shelf life of Rose flower is increased by | Pulsing treatment |
12 | Scientist who pioneered in Rose Breeding is | Dr. B P Pal |
13 | Best suited rooting media for Rose cultivation is | Sand |
14 | Best suitable soil pH for Rose cultivation is | 6.0-7.5 |
15 | Best time for Rose planting is | September – October |
16 | Rose is commercially propagated through | T-budding |
17 | Most suited growth regulators for improving roots in Rose crop is | IBA / NAA |
18 | Spacing requirement for Rose cultivation is | 60 x 60 cm |
19 | Spacing requirement of Rose for cut flower production is | 60 x 30 cm |
20 | Inorganic fertilizer requirement for Rose cultivation | 100 N: 100 P: 70 K |
21 | Gulkand is prepared by mixing Rose petal & sugar in the ratio of | 1:1 |
22 | Father of Rose Breeding | B S Bhattacharjee |
23 | Spacing requirement for Floribunda Rose type | 60 x 90 cm |
24 | Spacing requirement for Hybrid Tea type Rose | 75 x 90 cm |
25 | Hybrid Tea Rose variety | Pusa Mohit, Thornless, Suchitra, Gladiator, Keneddy, Superstar |
26 | Miniature Rose variety | Red Flush, Pixie, Baby Coldstar, Cri-Cri |
27 | Floribunda Rose variety | Banjara, Red Gold, Iceberg, Sea Pearl, Queen Elizabeth |
28 | Polyantha Rose variety | Flamboyant, Echo, Snow Princess |
29 | Rambler Rose variety | Dorothy, American Pillar, Excelsa |
30 | Climbers Rose variety | Golden Shower, Royal Gold, Delhi White Pears |
31 | Shrub type Rose variety | Cocktail, Butterfly Wings, Fountain |
32 | Pinching | Removal of terminal growing portion of Rose plant to reduce the plant height and increase the lateral branching |
33 | Deshooting | Mainly done in hybrid rose variety to increase the yield up to 50-75% |
34 | Defoliation | Removal of leaves during pinching using chemicals to improve the flower production |
35 | Disbudding | Removal of undesired buds keeping only central bud intact |
36 | Bending | It is practiced in 3 months old plants to induce new sprouts |
37 | Wintering (Root pruning) | Practice is followed to induce early flowering |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Carnation | Dianthus caryophyllus |
2 | Family of Carnation | Caryophyllaceae |
3 | Origin of Carnation | France (Europe) |
4 | Chromosome number of Carnation | 2n=30 |
5 | Carnation is also called as | Clove pink, Divine flower, Grenadine |
6 | White Carnation flowers signifies | Deep sorrow, Symbol of death/sadness, Respect |
7 | For cut flowers, Carnation is multiplied through | Cuttings |
8 | Inorganic fertilizer requirement for Carnation flower cultivation is | 400 N: 200 K: 100 P kg/ha |
9 | Dianthus chinensis & Dianthus barbatus are multiplied by | Seeds |
10 | Seed rate requirement of Carnation | 400-500 g/ha |
11 | Removal of unwanted weak shoots in Carnation is called as | Deshooting |
12 | Providing proper support to Carnation plants to avoid bending is called as | Staking |
13 | Breaking out tip of budding & encouraging growth of side shoots is called as | Pinching |
14 | Carnation plant is a | Long day plant |
15 | Carnation plant grows well in | Cool seasons |
16 | Optimum temperature requirement for Carnation plant cultivation is | 10-20 °C |
17 | Pinching in Carnation is usually done at | 6-7 pair leaf stage |
18 | Single pinching is done at | Below 6th node |
19 | Single pinching helps in | Early cropping |
20 | Double pinching helps in | Delay in flowering |
21 | Average flower yield per plant | 70-100 flowers |
22 | Average flower yield per square meter | 400-500 flowers/sq.m |
23 | Most popular varieties of Border carnation | Madonna, King Cup |
24 | Most popular varieties of Perpetual flowering carnation | William Sim, Arthur Sim, All Woods Crimson, Canadian Pink |
25 | Most popular varieties of Marguerite / Chabud carnation | Nero, Aurora, Marie, Marguerite White |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Tuberose | Poliantha tuberosa |
2 | Family of Tuberose | Amaryllidaceae |
3 | Origin of Tuberose | Mexico |
4 | Chromosome number of Tuberose | 2n=30 |
5 | Tuberose is also called as | Rajanigandha, Sword Lilly, Nishigandha |
6 | Best suited climatic condition for Tuberose cultivation is | Tropical climate |
7 | Optimum soil pH requirement for Tuberose cultivation is | 6.5 – 7.5 |
8 | Tuberose is commercially propagated through | Bulbs |
9 | Planting time of Tuberose crop | March – April |
10 | Plant spacing requirement for Tuberose cultivation is | 30 x 20 cm / 20 x 15 cm |
11 | Seed rate requirement for Tuberose cultivation is | 5000-6000 kg bulb/ha |
12 | Inorganic fertilizer requirement for Tuberose cultivation is | 200 N: 300 P: 200 K kg/ha |
13 | For commercial propagation of Tuberose, the diameter of bulb should be | 1.5 – 2.5 cm |
14 | Single flowered (5 petals/flower) variety of Tuberose | Coimbatore Single, Arka Nirantara, Bangalore Single, Calcutta Single |
15 | Double flowered (>15 petals/flower) variety of Tuberose | Suhasini, Vaibhav, Pearl |
16 | Variegated single flowered Tuberose variety | Suverna Rekha, Rajat Rekha |
17 | Variegated double flowered Tuberose variety | Dhawal (Golden margin) |
18 | Number of petals in semi-double variety Tuberose flower | 10-15 |
19 | Corolla segments in semi-double variety of Tuberose is | 2-3 rows |
20 | Average yield of flowers/ha/year in single variety | 6000-8000 kg/ha/yr |
21 | Average yield of flowers/ha/year in double variety | 12-14 tons/ha/yr |
22 | Quantities of bulbs can be obtained after removal of Tuberose crop | 12000-15000 kg bulbs/ha |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of African Marigold | Tagetes erecta |
2 | Botanical name of French Marigold | Tagetes patula |
3 | Family of Marigold | Compositae / Asteraceae |
4 | Origin of Marigold | Mexico |
5 | Chromosome number of African Marigold | 2n=24 |
6 | Chromosome number of French Marigold | 2n=48 |
7 | Optimum soil pH requirement for Marigold cultivation is | 7.0-7.5 |
8 | Flowering nature of French Marigold is | Profuse type |
9 | Marigold is a | Cross Pollinated crop |
10 | African Marigold is also known as | Rose of India |
11 | Best suited soil for Marigold cultivation is | Loamy soil |
12 | Percent oil content present in the matured Marigold flower is | 1.25% |
13 | Marigold is commercially propagated through | Seeds |
14 | Seed rate requirement for Marigold cultivation is | 1-1.5 kg/ha |
15 | Inorganic fertilizer requirement for Marigold cultivation is | 100 N: 50 P: 50 K kg/ha |
16 | Optimum spacing requirement for Marigold cultivation is | 60 x 60 cm / 45 x 45 cm |
17 | Nipping / Tipping in Marigold is followed at | 30 Days After Planting |
18 | Removal of terminal portion in Marigold to enhance multiple branching is called as | Nipping / Tipping |
19 | The person who extensively worked on Marigold crop is | S.P.S. Raghava |
20 | Type of sterility most commonly seen in Marigold crop is | Genetic Male Sterility |
21 | Open pollinated variety of Marigold is | Pusa Basanti |
22 | Time required for the Marigold seedlings to transplanting is | 30 days / 1 Month |
23 | Type of self incompatibility seen in Marigold plant is | Protandry |
24 | Average yield of African Marigold flower is | 11-18 t/ha |
25 | Average yield of French Marigold flower is | 8-12 t/ha |
26 | African Marigold varieties | Yellow Supreme, Happiness, Hawal, Primrose, New Alaska |
27 | French Marigold varieties | Harmony, Red Bokardo, Star of India, Rusty Red, Lemmon Drops |
28 | Triploid variety of Marigold is | Nugget |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Jasmine | Jasminum officinale |
2 | Family of Jasmine | Oleaceae |
3 | Jasminum grandiflorum & Jasminum sambac are sensitive to | Frost |
4 | Due to the presence of yellow pigment in Jasmine flower, it is considered as a substitute for the | Saffron |
5 | Optimum temperature requirement for the cultivation of Jasmine | 7-13 °C |
6 | Fruit type of Jasmine | Berry |
7 | Jasmine is propagated through | Cuttings |
8 | Inorganic fertilizer requirement for Jasmine cultivation is | 100 N: 50 P: 25 K kg/ha |
9 | Jasmine which grows well in Subtropical Himalayan Region is | J. grandiflorum |
10 | Jasminum sambac is considered as native of | East Indies |
11 | Jasminum auriculatum | Mullai |
12 | Jasminum grandiflorum | Jathimalli / Pitchi / Spanish Jasmine |
13 | Jasminum sambac | Gundumalli / Arabian Jasmine / Tuscan Jasmine |
14 | Jasminum pubescens | Kakada |
15 | Concrete recovery percentage of Jasminum auriculatum | 0.28-0.36% |
16 | Concrete recovery percentage of Jasminum grandiflorum | 0.25-0.32% |
17 | Concrete recovery percentage of Jasminum sambac | 0.14-0.19% |
S.No | Question | Answer |
---|---|---|
1 | Botanical name of Orchid | Bletia purpurea |
2 | Family of Orchid | Orchidaceae |
3 | Origin of Orchid | India |
4 | Most of the Orchids are | Day neutral plants |
5 | Type of inflorescence in Orchids | Simple Raceme / Spike |
6 | Orchids fruit type is | Capsule |
7 | Most commonly Orchid pollination is carried out by | Insects |
8 | Orchid flowers having 2 sepals & 3 petals is called | Tepals |
9 | Reproductive part in Orchid is | Gynostemium |
10 | Orchids are propagated through | Seeds, Cuttings, Air layering |
11 | National Research Centre on Orchids is located at | Pakyong, Sikkim |
12 | Optimum temperature requirement for Orchid cultivation is | 18-28 °C |
13 | Orchids growing on Shrubs is called as | Epiphytes |
14 | Orchids growing on Rocks is called as | Lithophytes |
15 | Orchids growing as ground dwellers is called as | Terrestrial |
16 | Orchids growing on decaying organic matter is called as | Saprophytes |
17 | Epiphytic variety of Orchid | Dendrobium, Vanda, Bulbophyllum |
18 | Lithophytic variety of Orchid | Cymbidium |
19 | Rhizomatous Orchid is | Habenaria, Eulophia |
20 | Number of seeds present in each capsule of Orchid | 50,000-60,000 |
Nice information Bro.... Keep updating Bro 🔥
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